C2 Hercules Cargo Loading Guide: 696 SCU Grid & 32 SCU Containers

The C2 Hercules carries 696 SCU across two internal cargo grids, with both grids supporting containers up to 32 SCU. That makes it one of the more straightforward large ships to understand on paper: put a lot of freight inside, close the ramps, and move it somewhere else.

The loading workflow is less simple.

The C2's capacity is split between 480 SCU and 216 SCU grids, and the cited Alpha 4.10.0 vehicle record does not list an integrated cargo tractor-beam system. Large containers reduce the number of individual handling actions, but the upper portions of the hold can become awkward with bulky boxes according to two 2026 community reports.

This guide focuses on manual physical cargo loading rather than attempting to document every terminal-based autoloading workflow.

The result is a ship where cargo layout matters almost as much as cargo capacity. Efficient loading is less about forcing exactly 696 SCU into the bay and more about choosing container sizes, preserving access, and avoiding a configuration that becomes difficult to finish or unload.

For the complete ship specifications, weapons, crew, fuel, price, and broader buying context, see the Star Citizen C2 Hercules Guide: Cargo, Crew, Price & Solo.

How the C2's 696 SCU Cargo Grid Is Divided

The version-locked Alpha 4.10.0-LIVE.12519617 record gives the C2 two cargo grids:

Cargo Grid	Capacity	Grid Dimensions	Maximum Container
Large grid	480 SCU	10.0 × 5.0 × 18.8 m	32 SCU
Small grid	216 SCU	7.5 × 5.0 × 11.3 m	32 SCU
Total	696 SCU	—	32 SCU

These are version-locked Alpha 4.10.0 values rather than independently re-measured Alpha 4.10.1 specifications. Current Live moved to Alpha 4.10.1-live.12660092 on September 16, 2026.

The two-grid structure matters when loading because the C2 is not simply one uninterrupted 696 SCU rectangle. Cargo needs to snap to the available grid positions while leaving the ship's internal access and practical loading route usable.

For most players, that makes the shape of the shipment more important than the headline total.

The C2 Supports 32 SCU Containers — But That Does Not Mean Every Load Should Be All 32s

Both C2 cargo grids support containers up to 32 SCU in the cited 4.10.0 data. A standardized 32 SCU container is approximately 10 × 2.5 × 2.5 meters externally, making it a very efficient unit when the cargo bay can accept and position it cleanly.

The advantage is obvious: larger containers mean fewer individual objects to move.

Moving one 32 SCU container requires far fewer handling actions than moving the same cargo volume in 1, 2, or 4 SCU boxes.

However, maximum supported box size is not the same thing as ideal box size for every grid position.

Two community discussions from 2026 describe difficulty positioning larger containers on the upper cargo-grid layer, particularly where ceiling clearance becomes tight. One discussion focused on stacking the second layer of 32 SCU containers; the other reported similar difficulty with 16 SCU containers on the upper level. These are two player reports, not an official CIG known issue or evidence of universal behavior.

For that reason, this guide does not prescribe a single "perfect" container mix.

A theoretically efficient combination can still be inconvenient if the last containers are harder to place than the first ones.

Why 696 SCU Does Not Translate Into a Simple 32 SCU Box Count

The C2's 696 SCU total is not divisible evenly by 32.

Twenty-one 32 SCU containers represent 672 SCU, leaving 24 SCU mathematically unaccounted for. That arithmetic alone does not prove that 21 large containers form an operational C2 loadout; actual placement still depends on the geometry of both grids and access to each position.

This distinction prevents two common mistakes.

First, the maximum supported box size should not be interpreted as meaning the entire hold was designed to be filled exclusively with that box.

Second, arithmetic capacity should not be turned into an authoritative packing diagram without verifying that the physical grid arrangement supports it.

A full 696 SCU load may therefore involve multiple container sizes depending on what cargo the game supplies and how the boxes need to occupy the available grid.

The useful target is not "the largest possible number of 32 SCU boxes."

It is the fewest handling actions that still produce a load you can actually finish and later unload.

The C2 Does Not List an Integrated Cargo Tractor Beam

The cited Alpha 4.10.0 vehicle record does not list an integrated cargo tractor-beam system on the C2.

That statement is deliberately limited to the version-locked ship-data evidence. It should not be interpreted as a separate component inspection performed in Alpha 4.10.1.

For manual loading, the practical consequence is that cargo movement depends on external cargo-handling equipment rather than a tractor system listed as integrated C2 hardware in that record.

CIG's XenoThreat cargo guidance recommends tractor-beam equipment for containers that cannot conveniently be moved by hand. That is general cargo-mechanic guidance, not a C2-specific operating manual.

On a ship with 696 SCU available, external cargo-handling equipment can matter throughout the loading process.

A cargo tool may need to move boxes from the freight elevator, position them deep inside the hold, place cargo into upper grid positions, and later reverse the process at the destination.

That is why the C2's loading time can scale faster than its flight time.

Load the Hardest Positions Before You Block Them

A useful C2 loading principle is to think about access order, not just grid capacity.

Cargo placed close to the ramp is easy to reach, but it can become an obstacle when you still need to move larger containers farther into the bay. The same problem appears vertically: filling easy lower positions first can leave the most awkward upper positions until the hold is already crowded.

This does not require a universal box-by-box loading recipe.

Instead, before starting a large manual load, identify:

• which positions are hardest to reach;
• which containers are largest;
• which ramp will remain your primary loading route;
• whether later boxes will need to pass existing cargo;
• whether the shipment needs to be unloaded in a particular order.

Then avoid filling convenient access space before the harder parts of the shipment have a viable path.

This is an operational recommendation derived from the C2's enclosed grid layout and the loading difficulties described in the cited community reports, rather than an official CIG loading sequence.

The Upper Cargo Layer Is Where Large Containers Become Less Convenient

The strongest recurring friction in the two 2026 community reports is not moving cargo through the C2's enormous ramps.

It is placing larger containers into the upper grid positions.

The February 2026 discussion describes difficulty stacking a second layer of 32 SCU containers because of the limited room between the boxes and roof. A separate 2026 discussion describes similar difficulty when trying to place 16 SCU containers on the second level.

Those reports should not be inflated into a claim that the C2's cargo grid is officially broken.

Players in the discussions describe different experiences and techniques, and some report successful loading.

The useful conclusion is narrower:

upper-layer loading can require substantially more precision than placing cargo on the lower grid.

That means the final portion of a nominally efficient load can consume disproportionate time.

For players planning repeated manual hauling, this is more useful information than knowing only that the grid accepts 32 SCU boxes.

Larger Containers Reduce Handling — Until Clearance Becomes the Bottleneck

Cargo efficiency has two competing variables in the C2.

A larger container usually reduces:

• total box count;
• repeated tractor-beam pickups;
• trips between the freight elevator and ship;
• the number of individual objects that need to snap to the grid.

But larger containers also require:

• more clearance while rotating or aligning them;
• a clean path into the target grid position;
• more room near the ceiling when stacking vertically;
• more careful planning if another large container is already adjacent.

That means container size and handling efficiency do not scale perfectly together.

Using the largest available container can be efficient for easy lower-grid positions while becoming less convenient in tighter parts of the hold.

The C2 therefore rewards load planning based on the actual shipment rather than a rule that "32 SCU is always best."

Front and Rear Ramps Give You More Than One Loading Strategy

The C2 reference describes a large hold with front and rear ramps, the same architecture that supports its heavy-vehicle role.

For cargo, two access points create useful flexibility.

You are not forced to treat one end of the ship as the permanent entrance in every situation. Depending on hangar position, freight-elevator location, or the part of the grid being filled, one ramp may give a shorter or less obstructed route.

CIG's general cargo guidance also recommends positioning a ship so its cargo opening faces the cargo source when practical. The same general principle can help with the C2, although the XenoThreat material is not a C2-specific loading manual.

The two-ramp design does not remove the need to plan the hold, but it gives the loader more options than a ship with a single narrow entrance.

Solo C2 Loading: Capacity Becomes a Labor Problem

A solo player can use the C2 for cargo, but 696 SCU creates a very different workload from flying the ship alone.

The version-locked Alpha 4.10.0 record lists Crew 2. That number does not mean two players are mandatory for every cargo run, but it provides context for a large ship where flight and logistics do not always need to be handled by the same person.

For one loader, every container involves some combination of:

1. retrieving or approaching the cargo;
2. acquiring it with a cargo-handling tool;
3. moving it to the C2;
4. positioning it inside the hold;
5. aligning it with the required grid position;
6. repeating the process at the destination.

The time saved by transporting hundreds of SCU in one flight can therefore be partially consumed by the work required to build that load.

One March 2026 community report described a roughly 600 SCU C2 hauling mission taking around 30–35 minutes for loading, unloading, and delivery. That is one player's experience, not a benchmark, average C2 loading time, universal profit-per-hour figure, or official performance measurement.

For the broader question of whether that workload makes the ship worth owning, see the C2 Hercules Review: Is It Worth It in Star Citizen?.

When a Second Loader Actually Helps

The benefit of a second player is not additional cargo capacity.

It is parallel work.

With two people, one player can move containers toward or into the hold while the other handles positioning, organizes the next boxes, or deals with ship movement and access.

The benefit becomes more noticeable as:

• the number of containers increases;
• the shipment contains awkward box sizes;
• upper-layer positions need careful placement;
• the cargo source is far from the relevant ramp;
• the destination requires a full manual unload.

A second player does not eliminate C2 cargo ergonomics. It simply reduces how much of the workflow has to happen sequentially.

For small loads, that may not matter.

For a near-full manual shipment, it can change the proportion of the session spent standing in a hangar.

Do Not Block the Route You Need for Unloading

A C2 load should be planned for the destination as well as the departure point.

This becomes especially important if:

• different cargo belongs at different destinations;
• mission boxes must be delivered separately;
• some freight needs to leave before other freight;
• part of the hold is shared with a vehicle.

A perfectly dense load can become inefficient if the first cargo you need is buried behind everything else.

For multi-stop hauling, grouping freight by delivery order can therefore be more useful than maximizing every grid position.

The C2 gives you enough volume to make organization valuable. Treating the entire bay as one undifferentiated pile wastes some of that advantage.

Cargo and Vehicles Compete for the Same Hold

The C2's cargo and vehicle roles share the same large physical space.

Parking a Nova, Ballista, Spartan, or smaller vehicle in the hold can therefore reduce the practical amount of cargo that remains accessible even if some cargo-grid positions are technically still exposed.

The problem is not simply the vehicle's footprint.

A useful mixed load must also preserve:

• a driving path;
• ramp clearance;
• enough room to enter or exit the vehicle;
• an unloading route;
• access to cargo that needs to leave first.

That is why a vehicle should not be converted into an invented "SCU equivalent" and subtracted from 696.

For detailed vehicle-fit evidence and operational transport, see the C2 Hercules Vehicle Transport Guide: What Fits?.

Maximum Grid Use vs Fast Turnaround

There are two different ways to optimize a C2 cargo run.

Maximum grid use attempts to exploit as much of the full 696 SCU capacity as possible.

Fast turnaround accepts that leaving some theoretical capacity unused may be worthwhile if it substantially simplifies loading and unloading.

Neither strategy is automatically correct.

Maximum utilization makes more sense when:

• the commodity value justifies the extra handling;
• the route involves a long flight;
• another trip would be expensive or inconvenient;
• the shipment naturally arrives in container sizes that fit the grid efficiently.

Faster turnaround may be more useful when:

• the route is short;
• the cargo contains many awkward boxes;
• loading is fully manual;
• mission payout depends more on completion frequency than raw SCU moved;
• the upper grid is taking longer to fill than the extra capacity is worth.

This is the main reason the C2 should not be evaluated by SCU alone.

696 SCU describes capacity. It does not describe turnaround time.

Does the C2 Need All 696 SCU to Be Efficient?

No.

Leaving part of the grid empty is not automatically wasted capacity if doing so reduces handling time enough to improve the complete cargo loop.

This matters most near the end of a large manual load.

The first several hundred SCU may be easy to position. The final boxes can require more precise placement, more vertical stacking, or smaller containers to use the remaining grid.

At that point, another 20, 40, or 60 SCU may add relatively little value compared with simply closing the ramp and starting the flight.

Whether that trade is worthwhile depends on the cargo value, route length, mission structure, and whether the ship will need to be manually unloaded again.

There is no universal percentage at which a C2 becomes "full enough."

The useful decision is whether the next container is still worth the handling time.

FAQ

How much cargo does the C2 Hercules carry?

The version-locked Alpha 4.10.0 record lists 696 SCU, divided between a 480 SCU grid and a 216 SCU grid. Both grids support containers up to 32 SCU.

Can the C2 carry 32 SCU containers?

Yes. Both cargo grids list 32 SCU as their maximum supported container size in the Alpha 4.10.0 vehicle record.

Can you fill the C2 entirely with 32 SCU boxes?

696 SCU is not evenly divisible by 32, so a theoretical full-capacity load cannot consist solely of 32 SCU containers. More importantly, the API's maximum box-size field does not establish an authoritative all-32-SCU packing layout. Actual loading still depends on grid geometry and access.

Why is the upper C2 cargo grid difficult to load?

Two 2026 community reports describe tight ceiling clearance making larger containers harder to position on the upper layer. These are individual player observations rather than an official CIG known issue, and other players report different techniques and successful loading.

Does the C2 have an integrated cargo tractor beam?

The cited Alpha 4.10.0 vehicle record does not list an integrated cargo tractor-beam system on the C2. This concerns the ship's listed integrated hardware; manual loading can still use external/FPS cargo-handling equipment. It should not be interpreted as a separate Alpha 4.10.1 inspection.

Is the C2 good for solo cargo loading?

It is usable solo, but large manual loads create substantial sequential work for one player. The larger the box count and the more difficult the grid positions, the more useful a second loader can become.

Final Verdict

The C2 Hercules cargo grid is large; using it efficiently is a loading problem rather than a capacity problem.

Its 480 + 216 SCU grids support 32 SCU containers and provide enough room for serious freight work, but the most efficient load is not automatically the one that forces all 696 SCU into the ship.

Large containers reduce handling count. Upper-grid clearance can make some of them awkward. A second loader can reduce sequential work. Leaving difficult capacity unused can sometimes produce a faster complete cargo loop than spending additional time perfecting the final layer.

For C2 cargo loading, the useful objective is therefore not simply fill every SCU.

It is move the most useful cargo with the least avoidable handling, while keeping the load easy to unload at the other end.